Bacillus licheniformis HSA3-1a is able to produce extracellular protease. The aim of this research was to find out its production optimum time, consentration of MnCl2, temperature and optimum pH, also the cofactor influence on activity protease from B. licheniformis HSA3-1a. The protease activity was tested with a modified method of Walter. Protease production time was optimum for 36 hours with an activity value of 0,394 U/mL, protein content was 132,35 mg/mL. The Optimum condition of protease enzyme were pH 7,0 and temperature 45 ⁰C with an activity value of 0,0463 U/mL. Protease activity could be inhibited by MnCl2 concentration of 0,01 - 0,03 M
WOS: 000369103700004Alkaline proteases produced by Bacillus species have applications in several ind...
The growth and protease production by Bacillus coagulans MTCC 492 was examined in the present invest...
Major progress in the fields of agriculture, industry, and biotechnology over the years has influenc...
Bacillus licheniformis HSA3-1a is able to produce extracellular protease. The aim of this research w...
AbstractIn this Study, Bacillus megaterium was used for protease production to examine the optimal c...
Bacillus sp. being industrially important organisms produces a wide variety of extracellular enzymes...
Abstract The production of protease by Bacillus licheniformis BBRC 100053 was studied. The most appr...
The aim of the research was to measure the production of protease enzyme in alkaline and thermophili...
Proteases are among the most important enzymes in both food and non-food industries taking up almost...
Although many proteases had been studied and characterized, only a few of them are commercially avai...
AbstractProtease producing halotolerant bacterium was isolated from saltern pond sediment (Tuticorin...
The aim of the research was to measure the production of protease enzyme in alkaline and thermophili...
Proteases or peptidases is known as a largest group of hydrolytic enzymes and have been applied in v...
This study aimed to produce and characterize a thermophilic and an alkaline protease by native Bacil...
A new bacterial isolate belonging to Genus Bacillus coded as GPA4 was analyzed for protease activity...
WOS: 000369103700004Alkaline proteases produced by Bacillus species have applications in several ind...
The growth and protease production by Bacillus coagulans MTCC 492 was examined in the present invest...
Major progress in the fields of agriculture, industry, and biotechnology over the years has influenc...
Bacillus licheniformis HSA3-1a is able to produce extracellular protease. The aim of this research w...
AbstractIn this Study, Bacillus megaterium was used for protease production to examine the optimal c...
Bacillus sp. being industrially important organisms produces a wide variety of extracellular enzymes...
Abstract The production of protease by Bacillus licheniformis BBRC 100053 was studied. The most appr...
The aim of the research was to measure the production of protease enzyme in alkaline and thermophili...
Proteases are among the most important enzymes in both food and non-food industries taking up almost...
Although many proteases had been studied and characterized, only a few of them are commercially avai...
AbstractProtease producing halotolerant bacterium was isolated from saltern pond sediment (Tuticorin...
The aim of the research was to measure the production of protease enzyme in alkaline and thermophili...
Proteases or peptidases is known as a largest group of hydrolytic enzymes and have been applied in v...
This study aimed to produce and characterize a thermophilic and an alkaline protease by native Bacil...
A new bacterial isolate belonging to Genus Bacillus coded as GPA4 was analyzed for protease activity...
WOS: 000369103700004Alkaline proteases produced by Bacillus species have applications in several ind...
The growth and protease production by Bacillus coagulans MTCC 492 was examined in the present invest...
Major progress in the fields of agriculture, industry, and biotechnology over the years has influenc...